2. USE VISUAL COMMUNICATION FOR MEANING
Visuals carry a heavy load when learning… especially when
learning in a second language.
Visuals provide extra context and immersive engagement.
Learning = making mental connections
4. GESTALT VISUAL PROCESSING PRINCIPLES
Law of Proximity: Put things that go together…together.
Law of Common Fate: Things that move together in the same
direction are part of the same group.
Law of Similarity: We group things with common properties.
Law of Continuity: We continue a pattern beyond its ending.
Law of Closure: We will fill in the gaps to complete a shape.
5. GESTALT PRINCIPLES AT WORK
Law of Proximity: Put things that go together…together.
(And keep things that don’t go together…separate.)
6. GESTALT PRINCIPLES AT WORK
Law of Common Fate: Things that move together in the same
direction are part of the same group.
7. GESTALT PRINCIPLES AT WORK
Law of Similarity: We group things with common properties.
8. GESTALT PRINCIPLES AT WORK
Law of Continuity: We continue a pattern beyond its ending.
From: http://digital-photography-school.com/
using-tight-framing-to-create-a-sense-of-infinity
9. GESTALT PRINCIPLES AT WORK
Law of Closure: We will fill in the gaps to complete a shape.
20. PRINCIPLES FOR USING VISUALS IN
ELEARNING
These principles are from e-Learning and the Science of Instruction by Ruth Colvin Clark & Richard E. Mayer, 2008
MULTIMEDIA PRINCIPLE We learn better from words and
pictures than from words alone.
21. Hot Extrusion Process for Cereal
Here’s how hot cereal extrusion works.
Ingredients such as soy, rice, wheat, and other
grains, are fed into the live bin. This extruder has
a preconditioner, which is a mixer which mixes or
preconditions the flour or blend with steam, water
and or malt. The preconditioner speeds up the
cooking process by partially cooking the product
before it hits the extruder barrel. This can
increase throughputs, and can give the product
different attributes in texture and appearance.
The material is then passed to the Extruder barrel.
Here it is forced through long screws that raise the
temperature and pressure on the material to cook
it and eventually give it its “puff” when it emerges.
It’s forced through a die at the end of the Extruder
barrel, giving the product its shape. After this, it’s
cut into pieces.
The product is then dried and packaged.
At the end of the line, you can see finished, “wet”
product coming off the conveyor.
23. PRINCIPLES FOR USING VISUALS IN
ELEARNING
MULTIMEDIA PRINCIPLE
COHERENCE PRINCIPLE
We learn better when extraneous
material is excluded rather than
included.
These principles are from e-Learning and the Science of Instruction by Ruth Colvin Clark & Richard E. Mayer, 2008
24.
25.
26. PRINCIPLES FOR USING VISUALS IN
ELEARNING
MULTIMEDIA PRINCIPLE
COHERENCE PRINCIPLE
These principles are from e-Learning and the Science of Instruction by Ruth Colvin Clark & Richard E. Mayer, 2008
MODALITY PRINCIPLE
We learn better from animation and
narration than from animation and
on-screen text.
27.
28. PRINCIPLES FOR USING VISUALS IN
ELEARNING
MULTIMEDIA PRINCIPLE
COHERENCE PRINCIPLE
MODALITY PRINCIPLE
These principles are from e-Learning and the Science of Instruction by Ruth Colvin Clark & Richard E. Mayer, 2008
SPATIAL CONTIGUITY
PRINCIPLE
We learn better when corresponding
words and pictures are presented
near to each other rather than far
from each on the page and screen.
30. PRINCIPLES FOR USING VISUALS IN
ELEARNING
MULTIMEDIA PRINCIPLE
COHERENCE PRINCIPLE
MODALITY PRINCIPLE
SPATIAL CONTIGUITY
PRINCIPLE
TEMPORAL CONTIGUITY
PRINCIPLE
We learn better when corresponding
words and pictures are presented
simultaneously rather than
successively.
These principles are from e-Learning and the Science of Instruction by Ruth Colvin Clark & Richard E. Mayer, 2008
31.
32. EVERYTHING MATTERS
Everything conveys meaning. Everything matters.
If there’s no graphic to support it, don’t use one.
Use text instead. Or nothing.
This graphic adds no
meaning to the slide!
Editor's Notes
In the 1960s, neuropsychology research into visual processing lead to a number of principles now widely adopted by graphic designers and other visual communicators.
Let’s look at just one of those principles to see what I mean here.
Example is from Michigan NeuroSport Concussion Education for High School Sports Coaches, University of Michigan
Use grids >>and guides.
Use the alignment tools to align and distribute your elements.
More recently a number of authors – from neuropsychology and from elearning worlds – have taken the gestalt design principles to the next level and we have a series of science-based elearning principles that we work with today.
These principles are from e-Learning and the Science of Instruction by Ruth Colvin Clark & Richard E. Mayer, 2008
Example from Kerry Ingredients & Flavours, Hot Extruded Pieces
Example from Kerry Ingredients & Flavours, Hot Extruded Pieces
Source: www.m-w.com
Source: www.m-w.com
Example is from Dow Chemical Company, Pricing Strategies
Clark & Mayer recommend using graphics and text:
"The rationale for our recommendation is that people are more likely to understand material when they can engage in active learning -- that is, when they engage in relevant cognitive processing such as attending to the relevant material in the lesson, mentally organizing the material into a coherent cognitive representation, and mentally integrating the material with their existing knowledge. Multimedia presentations can encourage learners to engage in active learning by mentally representing the material in words and in pictures and by mentally making connections between the pictorial and verbal representations. In contrast, presenting words alone may encourage learners -- especially those with less experience or expertise -- to engage in shallow learning, such as not connecting the words with other knowledge."